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DISCOVER YOUR POTENTIAL
Post-16 Choices Booklet 2016-17
www.discoveryschool.org.uk [email protected] 0191 272 1111 Discovery School, Blandford Street, Newcastle upon Tyne NE1 3BT
INTRODUCTION
ENTRY REQUIREMENTS
To study AS/A2 qualifications at
Discovery School you need 5 GCSEs A*-
C including English and Mathematics as
a minimum entry requirement and a
grade B or above in the subjects you wish
to study at AS/A2 Level. If you meet the
‘preferred entry requirements’ stated in
this booklet you will be in line with
national average entry grades. However
if your grades are lower, because
Discovery School is defined equally by its
teaching and learning excellence and
innovation as by its warmth and
inclusivity, we will always personally
interview each student, along with their
parents/carers, to ensure that Discovery
School is able to help you realise your
ambitions, whatever they may be.
CONTENTS
- Biology
- Chemistry
- Computing
- English
- Engineering
- Further Maths
- Geography
- Maths
- Physics
- Product Design
FOR MORE INFORMATION
PLEASE CONTACT
Dr Wendy Allen
Principal
A LEVEL BIOLOGY
PREFERRED ENTRY REQUIREMENTS
GCSE Biology B or above
or GCSE Core & Additional Science
A or above
plus GCSE Mathematics B or above
AQA BIOLOGY ASSESSMENTS
All Examinations in June, Year 2
Paper 1: Written Examination
Units 1-4
2hrs, worth 35% of A Level
Short & long answer questions including extended
answers. Relevant practical skills will be assessed.
Paper 2: Written Examination
Units 5-8
2hrs, worth 35% of A Level
Short & long answer questions including extended
answers. Relevant practical skills will be assessed.
Paper 3: Written Examination
Units 1-8
2hrs, worth 30% of A-Level
Structured & Extended Response including practical
skills. Critical analysis of data. Extended essay
question, 1 essay from 2 choices
Practical Skills will be developed during regular
laboratory sessions. Students will be expected to
keep a Lab Book, which is assessed by AQA.
COURSE STRUCTURE
Exam Board AQA
Year 1: Units 1-4
Year 2: Units 5-8
Units
1. Biological molecules
2. Cells
3. Organisms exchange substances with
their environment
4. Genetic information, variation &
relationships between organisms
5. Energy transfers between organisms
6. Organisms respond to changes in their
internal and external environment
7. Genetics, populations, evolution &
ecosystems
8. The control of gene expression
FOR MORE INFORMATION PLEASE CONTACT
Kevin Marshall
A LEVEL CHEMISTRY
PREFERRED ENTRY REQUIREMENTS
GCSE Chemistry B or above
or GCSE Core & Additional Science
A or above
plus GCSE Mathematics B or above
AQA BIOLOGY ASSESSMENTS
All Examinations in June, Year 2
Paper 1: Written Examination
Units: Physical chemistry 3.1.1 to 3.1.4, 3.1.6 to 3.1.8
and 3.1.1 to 3.1.12. Inorganic chemistry 3.2.
Relevant practical skills.
2hrs, worth 35% of A Level
Short & long answer questions
Paper 2: Written Examination
Units Physical chemistry 3.1.2 to 3.1.6 and 3.1.9.
Organic chemistry 3.3. Relevant practical skills.
2hrs, worth 35% of A Level
Short & long answer questions including extended
answers. Relevant practical skills will be assessed.
Paper 3: Written Examination
Units All content including all practical skills.
2hrs, worth 30% of A-Level
Structured & Extended Response including practical
skills. Critical analysis of data. Extended essay
question, 1 essay from 2 choices
Practical Skills will be developed during regular
laboratory sessions. Students will be expected to keep
a Lab Book, which is assessed by AQA.
COURSE STRUCTURE
Exam Board AQA
Year 1:
Physical Chemistry Atomic Structure,
Amount of substance, Bonding,
Energetics, Kinetics, Equilibria, Redox
Inorganic Chemistry Periodicity, Group 2:
Alkaline Metals, Group 7: The Halogens
Organic Chemistry Alkanes,
Halogenoalkanes, Alkenes, Alcohols,
Organic Analysis
Year 2:
Physical Chemistry Thermodynamics,
Rate Equations, Equilibria, Electrode
potentials, Acids & Bases
Inorganic Chemistry Period 3 elements,
Transition Metals, Reactions of Ions in
Aqueous solutions
Organic Chemistry Optical Isomerism,
Aldehydes & Ketones, Carboxylic Acids,
Aromatics & Amines, Polymers & Amino
acids, Organic Synthesis, Chromatography
FOR MORE INFORMATION PLEASE CONTACT
Mark Woods
A LEVEL COMPUTING
A LEVEL ASSESSMENTS
All Examinations in June, Year 2
Paper 1: On-Screen exam: 2 hour 30 minutes
40% of A level
This paper tests a student's ability to program, as well as their
theoretical knowledge of Computer Science from subject
content 1-4 above and the skills required from section 13
above. Students answer a series of short questions and
write/adapt/extend programs in an Electronic Answer
Document.
We will issue Preliminary Material, a Skeleton Program and,
where appropriate, test data, for use in the exam.
Paper 2: Written exam: 2 hour 30 minutes
40% of A level
This paper tests a student's ability to answer questions from
subject content 5-12 above.
Compulsory short-answer and extended-answer questions.
Non-exam assessment: The Computing Practical
Project
20% of A level
The non-exam assessment assesses student's ability to use
the knowledge and skills gained through the course to solve a
practical problem. Students will be expected to follow a
systematic approach to problem solving, as shown in section
13 above.
PREFERRED ENTRY REQUIREMENTS
GCSE Computer Science / Computing B or above
plus GCSE Mathematics B or above
COURSE STRUCTURE
A Level Content
1. Fundamentals of programming
2. Fundamentals of data structures
3. Fundamentals of algorithms
4. Theory of computation
5. Fundamentals of data representation
6. Fundamentals of computer systems
7. Fundamentals of computer
organisation and architecture
8. Consequences of uses of computing
9. Fundamentals of communication and
networking
10. Fundamentals of databases
11. Big Data
12. Fundamentals of functional
programming
13. Systematic approach to problem
solving
14. Non-exam assessment - the computing
practical project
FOR MORE INFORMATION PLEASE CONTACT
Stephen Agnew
A LEVEL ENGLISH
PREFERRED ENTRY REQUIREMENTS
GCSE English B or above
English Literature
If you elect to study English Literature you will study
the following modules:
Drama 1 Shakespeare & 1 other drama (e.g. Doctor
Faustus)
Prose 2 prose texts on a chosen theme (e.g. Science or
The Supernatural)
Poetry Various poems studying poetic form, meaning
and language
Coursework Free choice of 2 texts (poetry, drama,
prose or literary non-fiction) to study linked by theme,
movement, author or period (e.g. Isaac Asimov, End of
Eternity, Edwin Abbot, Flatland)
The assessment will consist of
end of year examinations plus a
coursework component.
English Language
If you elect to study English Language you will study
the following modules:
Language Variation Language to create personal
identities, Language variation c1550 to present
Child Language Acquisition and writing from 0 to 8,
Spoken language & Literacy skills including beginnings
of reading, Theories of language development
Investigating Language Personal research focus
Crafting Language Coursework researching a selected
genre, demonstrating their skill as writers and
reflecting on research
The assessment will consist of
end of year examinations plus
a coursework component.
FOR MORE INFORMATION PLEASE CONTACT
Tom McNaught
CAMBRIRDGE TECHNICALS LEVEL 3
EXTENDED CERTIFICATE IN
ENGINEERING
PREFERRED ENTRY REQUIREMENTS
GCSE Engineering B or above
or GCSE Resistant Materials B or above
COURSE ASSESSMENTS
Unit 1
A 1hr 30 min exam comprising of short
answer questions and extender response
tasks.
Unit 2
A 1hr 30 min exam comprising of short
answer questions and extender response
tasks.
Unit 3
A 1hr 30 min exam comprising of short
answer questions and extender response
tasks.
Unit 4
A 1hr 30 min exam comprising of short
answer questions and extender response
tasks.
Unit 9
A portfolio of design solutions produced
in A3 in response to a locally produced
design brief and assignment.
Unit 19
A portfolio evidence produced in
response to a locally produced
assignment.
COURSE STRUCTURE
YEAR 1 UNITS
Unit 1 – Mathematics for Engineering
Mathematics is one of the fundamental tools of the engineer.
This unit will develop learners’ knowledge and understanding of
the mathematical techniques commonly used to solve a range of
engineering problems.
Unit 2 – Science for Engineering
In this unit we focus on the science which supports mechanical
engineering, electrical and electronic engineering, fluid
dynamics, thermal physics and material science for engineering.
Unit 3 – Principles of Mechanical Engineering
Engineers need to understand the principles that govern the
behaviour of these components and mechanisms. This unit
explores these principles and how they are applied.
YEAR 2 UNITS
Unit 4 – Principles of Electronic and Electrical Engineering
This unit will develop learners’ knowledge and understanding of
the fundamental principles that underpin electrical and electronic
engineering.
Unit 9 – Mechanical Design
The successful manufacture of mechanical components and
products depends on well planned, accurate and complete
design solutions. The aim of this unit is for learners to develop
the knowledge, understanding and skills to be successful in their
design of mechanical engineering components and products.
Unit 19 – Computer Aided Manufacture
The aim of this unit is for learners to understand how CAM
systems are used within manufacturing and be able to program
and use Computer Numerical Control (CNC) machines to
produce components.
FOR MORE INFORMATION PLEASE
CONTACT
Dan Laidler
THIS COURSE HAS THE EQUIVALENT UCAS POINTS OF A FULL A-LEVEL
A LEVEL FURTHER MATHS
PREFERRED ENTRY REQUIREMENTS
GCSE Mathematics A or above
Must be studying A Level Maths
EDEXCEL MATHS ASSESSMENTS
Examinations take place in June at the end of
each year.
Each module has a written paper associated with
it (1hr30mins).
Each paper counts towards 1/6th of the final GCE
grade or 1/3rd of the AS grade
Optional Modules:
Further Pure 3
Decision 2
Statistics 2
Statistics 3
Mechanics 3
Mechanics 4
The exam board allocates modules to ensure the
highest possible grade in A Level Maths, before
the highest grade in Further Maths is calculated.
COURSE STRUCTURE
Year 1: Further Pure 1, Statistics 1 and
Decision 1.
Year 2: Further Pure 2 plus a choice of
two further modules.
Units
Further Pure 1 – Complex and
imaginary numbers, numerical
solutions of equations, Coordinate
systems, matrix algebra, series, proof
by induction.
Statistics 1 – Location of data,
measures of dispersion, representation
of data, probability, correlation,
regression, discrete random variables
and the normal distribution.
Decision 1 - algorithms, graphs and
networks, route inspection, critical path
analysis, linear programming and
matchings.
FOR MORE INFORMATION PLEASE CONTACT
Tom McNaught
A LEVEL GEOGRAPHY
PREFERRED ENTRY REQUIREMENTS
GCSE English B or above
GCSE Maths B or above
GCSE Science B or above
GCSE Geography is not required
Year 2: Human Geography & Fieldwork Section A • Global Systems and Global Government • Changing Places Section B (one from) • Contemporary Urban Environments • Population and the Environment • Resource Security Plus 2 days’ worth of fieldwork covering one part of the specification
The assessment will consist of
end of year examinations plus a
coursework component.
COURSE STRUCTURE
Year 1: Physical Geography & People and the Environment Section A • Water and the Carbon Cycle Section B (one from) • Hot Desert Environments • Costal systems and Landscapes Section C (one from) • Hazards • Ecosystems under stress • Cold Environments Plus 2 days’ worth of fieldwork covering one part of the specification
The assessment will consist of
end of year examinations plus
a coursework component.
FOR MORE INFORMATION PLEASE CONTACT
Tom McNaught
A LEVEL MATHS
PREFERRED ENTRY REQUIREMENTS
GCSE Mathematics A or above
Mechanics 1 – Mechanics especially
supports Physics and Engineering, although
aids many of our other A Levels.
Consists of mathematical models, vectors,
kinematics, dynamics, statics & moments.
Mechanics 2 – Kinematics of a particle
(stationary and under projectile motion),
Centres of Mass of uniform and non-uniform
bodies, Work & Energy, Collisions and the
conservation of Momentum, Statics of a
particle
EDEXCEL MATHS ASSESSMENTS
Examinations take place in June at the end of
each year.
Each module has a written paper associated with
it (1hr 30mins).
Each paper counts towards 1/6th of the final GCE
grade or 1/3rd of the AS grade
COURSE STRUCTURE
Year 1: Core 1 and Core 2
plus Mechanics 1
Year 2: Core 3 and Core 4
plus Mechanics 2
Units
Core 1 – Algebra and functions,
indices and surds, coordinate
geometry, equations and inequalities,
sketching curves, arithmetic sequences
quadratic functions, differentiation and
integration.
Core 2 – More algebra, coordinate
geometry, differentiation and
integration and also logs, binomial
expansion, graphs of trig functions,
radian measure, trig identities and
geometric sequences.
FOR MORE INFORMATION PLEASE CONTACT
Tom McNaught
A LEVEL PHYSICS
PREFERRED ENTRY REQUIREMENTS
GCSE Physics B or above
or GCSE Core & Additional Science
A or above
plus GCSE Mathematics A or above
AQA PHYSICS ASSESSMENTS
All Examinations in June, Year 2
Paper 1: Written Examination
Units 1, 2, 3, 4, 5 & 6.1 (Periodic Motion)
2hrs, worth 34% of A Level
Multiple choice & Structured questions
Paper 2: Written Examination
Units 6.2 (Thermal Physics), 7 & 8
2hrs, worth 34% of A Level
Multiple-choice & Structured questions
Paper 3: Written Examination
Section 1: Practical Skills & Data Analysis
Section 2: One Choice of Units 9-13
2hrs, worth 32% of A-Level
Structured & Extended Response
Practical Skills will be developed during regular
laboratory sessions. Students will be expected to keep
a Lab Book, which is assessed by AQA.
Specialist Subject is chosen by student in year 2.
Studied parallel to core content through various
Research Projects.
COURSE STRUCTURE
Year 1: Units 1-5
Year 2: Units 6-8 plus one specialist
choice from 9-13
Emphasis is on synoptic ability, all the
papers assume knowledge of units 1-5
and all assess Practical Skills.
Specialist Subject chosen in June Year 1.
Units
1. Measurements & Errors
2. Particles & Radiation
3. Waves
4. Mechanics & Materials
5. Electricity
6. Further Mechanics & Thermal Physics
7. Fields and their Consequences
8. Nuclear Physics
9. Astrophysics
10. Medical Physics
11. Engineering Physics
12. Turning Points in Physics
13. Electronics
FOR MORE INFORMATION PLEASE CONTACT
Tom McNaught
A LEVEL PRODUCT DESIGN
PREFERRED ENTRY REQUIREMENTS
GCSE Product Design B or above
or GCSE Resistant Materials B or above
or GCSE Graphic Products B or above
A LEVEL ASSESSMENTS
In the first year you’ll have two assessments. A two hour written paper accounts for 25% of your total marks. The coursework and your design portfolio account for another 25% of your marks. Year two is the same. A two hour written paper accounts for 25% of your marks and the coursework and your design portfolio account for the final 25% of your A Level marks. Skills you will develop:
The D&T Product Design3D will help you develop a number of skills: - How to assemble data and assess it - How to investigate facts and use deduction - How to put over your point of view fluently - How to work as a team to achieve results - How to take responsibility for your own learning. Entry requirements for the course.
You need at least B grade at GCSE to join the
course.
COURSE STRUCTURE
Product Design - AS Course
Unit 1- Materials, Components, and application In ‘Materials, components and application’ - you’ll look at materials, production processes and the impact of cost and design.
Unit 2- Learning though designing and making In ‘Learning through designing and making’ you’ll produce some coursework using your own design with a range of materials and media.
Product Design – A2 Course
Unit 3 – Design and manufacture
Helping you to appreciate the relationship
between design and technology, or form and
function.
Unit 4 – Designing and making practice
‘Design and making in practice’ is the practical, coursework part. You’ll make an object and record the processes that you went through.
FOR MORE INFORMATION PLEASE CONTACT
Lyle Nicholson
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